As school children have returned to classrooms, school districts are rethinking how outdoor spaces can support the safe return of in-person instruction and lower the risk of virus transmission.
To that end, the Los Angeles County Office of Education has published a 53-page report that provides K-12 schools with Design Guidelines for Outdoor Learning Environments. The AEC firms HMC Architects, the landscape architect AHBE|MIG, the engineering consultant IMEG, and the construction manager Bernards assisted the county in putting together this content.
“Outdoor learning has been proven to offer students a range of benefits, from enhancing engagement to reducing stress and promoting physical and psychological wellbeing,” says Dr. Debra Duardo, Los Angeles County Superintendent of Schools, in the report’s introduction. “When we take lessons outside our classroom walls, we teach our children that learning can happen anywhere and anytime, promoting lifelong curiosity.
“My commitment,” she continues, “is to advocate for a collective investment in such approaches, surrounding our most vulnerable students with the resources they need to succeed and fostering positive, healthy learning environments. Increasing opportunities for outdoor learning is essential to advancing educational equity.”
This schematic shows how various stakeholders can be engaged when devising how schools should design outdoor learning environments. Charts and graphics: Los Angeles County Office of Education
Any guideline, the report states, begins with identifying the project team, its goals, schedule, and budget. Site assessments should include stakeholders and AEC professionals.
To encourage stakeholder engagement, the report is big on conducting workshops that establish the project’s vision, share images, and gather input. Workshops can help to keep teachers abreast of a project’s progress and serve as forums for comment about opportunities related to outdoor learning environments. The report also recommends a “student visioning exercise” in the form of a video that teachers create and show to students, to assist in customizing the learning experience.
At the conclusion of this process, districts will be able to update their Local Control and Accountability Plan to include outdoor learning, which can be incorporated into safety protocols for reopening schools.
Setting goals for outdoor learning environments must consider many factors.
WEIGHING PROS AND CONS OF SPACE COMPONENTS
The bulk of the county’s report focuses on outdoor learning space components that include:
Seating: Student seating is one of the key components to having agility for the space. But there are any number of factors to consider: Will the seating remain outdoors, or be moved to a different location each day? Will chairs be chained together and fixed to security points? Can natural elements, like large rocks or tree stumps, serve as seating? Can seating double as desks for students? The report also provides guidelines and considerations for the use of existing furniture, built-in benches, and seat walls.
Shade and Protection. After an assessment of site conditions, the school community must decide its level of tolerance for varying environmental conditions and then the extent to protect the outdoor learning environment from them. The extent of overhead cover needed, for example, can impact the schedule, scope, and budget for a project. The different types of overhead cover to consider are permanent or temporary, fixed or movable, architectural or landscape, or a combination of the two.
The Department of State Architect (DSA), the regulatory agency overseeing public school design and construction in California, has streamlined its review and approval of these structures, which nevertheless must comply with current codes for accessible paths of travel, grading and drainage, restroom location/accessibility, and their distance from the school. The report provides guidelines for umbrellas, tents, and custom shade structures, all of which should be wind- and weather-resistant.
Teaching tools and resources. The report offers considerations and recommendations for the outdoor use of individualized rolling storage, movable water supplies, outdoor white and black boards, outdoor storage (“prefabrication options can be inexpensive,” the report suggests), and power ports.
Space definitions. Defining boundaries around the outdoor learning space “can help to delineate between different activities taking place in an outdoor setting,” the report states. Elements that can define these spaces include movable walls, permanent walls and fences (anything higher than 4 ft requires DSA approval), and planting screens and boxes. The report suggests that districts think about including solar-powered ports in the design and construction of these barriers.
The design guidelines advise that the parameters and programming for outdoor learning be established early.
Site landscaping. The report contends that the physical proximity to plants, and the wildlife attracted to them, helps reduce student anxiety, depression, and stress that can inhibit focus and motivation.
“Students concentrate better when they are not distracted by discomfort and irritation,” says the report. “Plants, such as trees and shrubs, enhance physical comfort. They provide shade, filter airborne pollutants, screen out glare, generate refreshing sounds, and create a soothing sense of human scale.” The report’s guidelines aim to protect plants and their survival, and assert that projects should identify species best suited to the growing conditions of the school.
Site infrastructure and Construction. The report offers guidelines for providing outdoor learning environments with water, electrical power, and technology. It touches as well on the logistics of construction. “The key for any contractor is to remember that we are guests in your home. As such, the approach for projects that entail site work and utility replacement on operational campuses is to carefully coordinate construction activities with school staff relating to the daily school schedule.” Minimizing disruption with an eye toward safety and health are the goals.
The report urges school districts to include outdoor learning experiences in their funding and bidding proposals, and notes that, since last December, school districts may award contracts up to $50,000 directly to consultants without going through a public bid process. For construction or reconstruction of facilities, the bid threshold is $15,000.
To test their design process, school districts should follow three steps that take a broad overview of the outdoor learning environments they want to create, define the primary program to figure out where best to locate this space, and develop multiple schemes with a priority list of components and a program for outdoor learning.
As part of their designs, the report recommends that districts include systems of modular blocks to provide a flexible solution for many component types.
Related Stories
School Construction | Jun 29, 2023
K-12 school construction: 5 ways strong community relations can lead to success
When constructing a K-12 school, building positive relationships with the community—including students, parents, school staff and residents—is critical to the success of the project. Here are five ways Skanska puts the community first when building K-12 schools in the Pacific Northwest.
Standards | Jun 26, 2023
New Wi-Fi standard boosts indoor navigation, tracking accuracy in buildings
The recently released Wi-Fi standard, IEEE 802.11az enables more refined and accurate indoor location capabilities. As technology manufacturers incorporate the new standard in various devices, it will enable buildings, including malls, arenas, and stadiums, to provide new wayfinding and tracking features.
Engineers | Jun 14, 2023
The high cost of low maintenance
Walter P Moore’s Javier Balma, PhD, PE, SE, and Webb Wright, PE, identify the primary causes of engineering failures, define proactive versus reactive maintenance, recognize the reasons for deferred maintenance, and identify the financial and safety risks related to deferred maintenance.
K-12 Schools | Jun 5, 2023
How to achieve cost-effective kindergarten classrooms
Educational architect Robin Randall shares realistic advice about the challenges of adding developmentally appropriate, play-based kindergarten classrooms while respecting budget limitations.
K-12 Schools | May 30, 2023
K-12 school sector trends for 2023
Budgeting and political pressures aside, the K-12 school building sector continues to evolve. Security remains a primary objective, as does offering students more varied career options.
K-12 Schools | May 25, 2023
From net zero to net positive in K-12 schools
Perkins Eastman’s pursuit of healthy, net positive schools goes beyond environmental health; it targets all who work, teach, and learn inside them.
K-12 Schools | May 22, 2023
The revival of single-building K-12 schools
Schools that combine grades PK through 12 are suddenly not so uncommon. Education sector experts explain why.
K-12 Schools | May 17, 2023
Designing K-12 schools for students and safety
While bullying, mental health, and other acts of violence are all too common in schools today, designers have shown that smart and subtle preventive steps can make a big difference. Clark Nexsen’s Becky Brady shares how prevention and taking action at the design level can create safe and engaging learning environments.
K-12 Schools | May 12, 2023
In Virginia, a new high school building helps reimagine the experience for 1,600 students
In Virginia, the City of Alexandria recently celebrated the topping out of a new building for Alexandria City High School. When complete in 2025, the high-performance structure will accommodate 1,600 students.
Sustainability | Apr 20, 2023
13 trends, technologies, and strategies to expect in 2023
Biophilic design, microgrids, and decarbonization—these are three of the trends, technologies, and strategies IMEG’s market and service leaders believe are poised to have a growing impact on the built environment.
